AMAT 0100-71275 Backboard module

Specific parameters
Electrical characteristics
Working voltage: 220V AC (± 10%), frequency 60Hz.
Signal transmission rate: Supports high-speed bus protocols (such as PCIe 3.0, theoretical rate 8GT/s).
Power output: Multiple DC outputs (such as 5V/10A, 12V/5A), with a total power of approximately 150W.
Physical specifications
Size: Suitable for standard 19 inch cabinets
Weight: Approximately 2.5kg.
interface type
Data interface: PCIe x8, VME bus, LVDS differential signal interface.
Power interface: Molex industrial grade power connector.
Environmental parameters
Working temperature: 0 ° C to 50 ° C (typical environment for semiconductor equipment).
Humidity: 5% -95% (non condensing).

Product Performance
High speed data transmission:
Adopting low-power differential signaling (LVDS) technology, it has strong anti-interference ability and supports real-time data synchronization.
The backplane bus bandwidth reaches 32GB/s, meeting the parallel processing requirements of multi-sensor data in CVD equipment.
Redundant design:
Support dual power input (primary+backup), automatic switching to avoid single point failure.
The critical signal path adopts a dual redundant bus architecture (such as dual PCIe links) to ensure communication continuity.
Thermal management optimization:
Built in temperature sensor and heat dissipation duct design can maintain stable operating temperature under high loads.
Supports over temperature protection, automatically derating or cutting off power when the temperature exceeds the threshold.
Compatibility and Scalability:
Compatible with AMAT 0100 series daughter cards (such as 0100-71267 counter module, 0100-71313 I/O module), achieving flexible combination of functions.
Support Plug and Play to reduce device maintenance time.

application area
Semiconductor manufacturing equipment:
CVD system: As a backplane module, it connects process chamber controllers, gas flow sensors, RF power supplies, and other components to achieve real-time acquisition and control of process parameters.
Etching equipment: supports multi-channel signal synchronous transmission to ensure etching uniformity and accuracy.
Thin film deposition equipment: manages the collaborative work of subsystems such as heating, vacuum, and gas injection.
Industrial automation:
High end CNC machine tools: connect servo controllers, spindle drives, and position sensors to achieve high-precision motion control.
Robot workstation: supports high-speed data interaction between multi axis controllers and vision systems.
Energy and Electricity:
Smart grid substation: used for centralized control and communication of relay protection devices and data acquisition units (RTUs).
Photovoltaic cell production line: Coordinate the synchronous operation of equipment such as laminating machines and laser cutting machines.